A new Aviation Complex Building is set to be constructed near Honiara International Airport in the Solomon Islands. This facility, which aims to improve aviation safety and operational capacity, is part of the Second Solomon Islands Roads and Aviation Project (SIRAP2). The project is funded by the World Bank and implemented by the Ministry of Communication and Aviation (MCA).
MCA Permanent Secretary Alwyn Danitofea emphasized that the new Aviation Complex will enhance efficiency in aviation operations. He expressed a commitment to delivering this essential project on schedule and adhering to the highest standards, with ongoing support from the World Bank.
While the cost of the facility has not yet been established, the overall funding for the SIRAP2 project stands at US$89.21 million. This includes US$67.69 million in concessional credit and US$21.52 million in grants. The contract for the new aviation complex has been awarded to China Railway Construction Engineering Group (CRCEG), which is currently finalizing the detailed design phase.
The modernization of Honiara International Airport reflects a commitment to international operational standards and safety regulations, marking a significant step towards enhancing the aviation sector in the Solomon Islands. The new facility is expected to expand aviation services, providing additional workspace and improved parking areas.
In addition to the Aviation Complex, the SIRAP2 initiative includes several crucial infrastructure projects intended to bolster connectivity and unlock economic opportunities in the Solomon Islands. These projects encompass upgrades to major airports and airfields, construction of several new bridges in Malaita Province, and improvements to air navigation systems in Makira-Ulawa and Temotu Provinces.
Overall, the upcoming upgrades to Honiara International Airport and broader aviation infrastructure indicate a positive future for transportation in the Solomon Islands, aiming to improve safety and efficiency while supporting the nation’s economic growth.
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